Used the input and output data of agricultural science and technology innovation in Hubei Province from 2010 to 2020 as samples,the entropy weight method and Dagum Gini coefficient decom-position method were used to investigate the allocation fairness of agricultural science and technology input resources in Hubei province from the perspective of spatial differences.Malmquist model was used to measure the innovation efficiency of agricultural science and technology in Hubei province.The results show that there are obvious spatial differences in the allocation level of agricultural science and technology innovation resources in Hubei province,and the comprehensive efficiency of agricultural sci-ence and technology innovation is on the rise.The allocation level of agricultural science and technology resources positively affects the development of local agricultural science and technology innovation effi-ciency,but there are also different results due to the impact of resource waste and other factors.Therefore,rational allocation of agricultural science and technology resources and emphasis on scale ef-ficiency are conducive to improving the efficiency of agricultural science and technology innovation in Hubei Province.The research results can provide some reference experience for the improvement of ag-ricultural science and technology innovation in Hubei province.
Agricultural Science and TechnologyResource Allocation AbilityInnovation EfficiencyThe Malmquist ModelDecomposition of the Gini Coefficient
NETL
NSTL
维普
万方数据
